ACTERNA TEST & MEASUREMENT SOLUTIONS

WEBSITE: www.jdsu.com

8635Telecom Protocol Analyzer

The JDSU 8635 is a portable protocol analyzer used for testing of all fixed interfaces of mobile radio networks (GSM, GPRS, CDMA, UMTS), access networks (V5, ISDN, GR303) and SS#7 networks. It supports all new network technologies like converged networks or HSDPA for UMTS.

It offers powerful applications for detailed analysis and statistical evaluation of signaling information on-line and off-line that makes it the ideal solution for installation, maintenance, troubleshooting and network optimization.

The telecom protocol analyzer is particularly valuable for:• integration test labs of manufacturers and operators• professional service teams of network element manufacturers,• engineering, planning, operation and maintenance teams of operators.The modular concept allows to combine various test interfaces and extend their number, to add applications and decodes. The JDSU 8635 provides the platform for future technologies that grows with your needs.

Key Features •Full range of telecom protocol decodes for UMTS incl. HSDPA, GSM/GPRS/EDGE, CDMAone, CDMA 2000, CDMA 2000 1x Ev-Do, ACCESS and SS7 networks - Suitable for all 2G, 2.5G, 3G and NGN technologies

•Rugged modular portable analyzer with integrated 15” display

• 1.8 GHz CPU mainboard with large disk drive and 4× USB 2.0 interfaces

• 5 slots for measurement boards available

• Measurement boards are: 4× E1/T1 PCM trunks (8× Rx) 2× E1/T1 PCM trunks (4× Rx) 4× E1/T1 ATM trunks (8× Rx) 2× 10/100 Fast Ethernet (4× Rx) 2× STM-1/OC-3 optical and electrical (4× Rx)

• Easy to operate analyzer, running under Windows XP™

• Comprehensive recorder, filter, trigger and post processing capabilities

8635 Telecom Protocol Analyzer

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Filter

With filters down to bit level the displayed information is customized and reduced to what is of main interest for the user.• Filter categories:

Protocol filter: on all protocol layers, at messages level, information elements level, down to information element contents level (decimal, binary or mnemonic values). Link filter Error filter Frame type filter Pattern filter Length filter Direction filter

• Filters can be combined logically using the operators AND, OR, NOT• Short cut buttons for frequently used filters grouped as:

Suppress filters Show filters

• Filter settings can be saved

Protocol Analyzer ApplicationThese decoding and post-processing features are the same for on-line and off-line usage and included in both packages: 8635 protocol analyzer and 8635 off-line protocol analyzer.

Protocol viewer

The protocol viewer is the main function of the analyzer. In summary and detail view the decoded information of the monitored link is displayed.

Summary view

This window provides:• One event per line• Event parameters listed in columns per default: Direction, physical

link (trunk, timeslot), logical link, call identifier, message contents, timestamp

• User preferences for customizing the summary view: Timestamp format and reference start time Font Display depth of “message contents” column: user-definable informa-tion at protocol, message and information element level Protocol identification: different colors for different protocols Signaling point code/circuit identification code display selectable (names, hex, decimal)

• User definable columns: order of columns selectable Columns displaying user-defined information can be added

• Display settings can be saved

Detail view

This window provides:• Complete plain text and parametric decoding of all messages and

information elements• Binary view• Hex view• User preferences for customizing the detail view

Display depth: User definable suppression of less relevant information at protocol level, message level, and information element level Binary view on/off Timestamp format Font Protocol identification: different colors for different protocols Signaling point code/circuit identification code display selectable (names, hex, decimal) Hex view font and color settings Settings can be saved

“Find” function

In a huge amount of data this feature helps quick and easy location of any specified parameter below.• Protocol messages, information elements and information element

contents (e.g. calling party number)• Frame number• Date/time

8635 Telecom Protocol Analyzer

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Data export

Frames in summary and detail view can be marked to:• Export marked frames to ASCII• Export marked frames to CSV• Export marked frames to binary (8635, 8620 and MA-10 format)• Export to Tektronix file format

Call trace

By one mouse click the call trace assembles the signaling information related to one specific call/session and displays it in a separate window.• Can be activated for message selected in the summary view or detail

view• Can be triggered (depending on protocols) by called/ calling party

number, called+calling party number, original number, redirect-ing number, redirection number, called/calling SCCP number, called+calling SCCP number, IMSI, TMSI, SCCP number

• Call trace result window is enhanced with Graphical window (Abis only) Tabular call trace window (Abis only) and Rec. File Format (optional)

• Simultaneous graphical view for call trace on Abis interface of up to 5 parameters (axes are scalable): RxLev (for BTS, MS and neighbor cells) RxQual (for BTS and MS) Timing Advance MS Power (in dBm) BS Power (in dB)

Call data records

Call data records show a summary of main information of all calls/ses-sions at a glance. The tabular overview provides the user with parameters on “per call” basis.

• Created on-line and off-line• Expansion of a CDR contains all frames of a call (call trace)/session

(session trace based on a PDP context).

• Contain following information elements per call, depending on monitoring interface: Start time Duration Stop time Status of call Call setup time Call release time OPC (originated point code)/DPC

• Can optionally contain: Called/calling party number Original/redirecting/redirection number Release cause Call type Transmission medium requested IMSI, TMSI, BVCI, TLLI, ...

• User-defined columns as in the summary view can be added• Columns can be hidden or changed in order• Filters on CDR information elements possible• Event counters on CDR information elements possible

Event Counter

Event Counters are a powerful and flexible tool which supports the user in reporting as well as troubleshooting tasks. Any event or message can be defined for counting. By setting thresholds to a maximum or minimum level, the occurrence of critical numbers of events are easily determined and corrective actions can be taken.

• Identical for on-line (real-time statistics) and off-line (post process-ing) use

• Event counters can be set per timeslot. The configured timeslots are automatically detected and displayed.

• Fully user-definable event counters, with the possibility for any ele-ment of a protocol or CDR to be counted.

• User-defined measurement interval selection down to a minimum of 1 second

• User-definable counter categories• Counters defined using the standard filter dialog (see filter descrip-

tion for settings)

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• Filters can be imported and used as counter definition, counters can be exported and used as filter definition.

• Counter definitions can be saved and ex- or imported to/from other 863x.

• User-definable upper and lower threshold values• Alarm generated if the counter value exceeds the threshold. An alarm

log is generated to track triggering event.• Display formats:

Bar chart Manhattan chart Pie chart Table Timeline

• Graphical display of min/max alarm• Data export in CSV format, for reuse of statistics in reports (spread-

sheet, word processor, etc.)• Graphical printout, for reuse of statistics in reports

Load Analysis

Load Analysis measures the signaling load of monitored links and allows fast determination of traffic and capacity problems in the network.

• Analysis of load per signaling timeslot in mErlang• Auto-detection and display of timeslots• Graphical display of load:

Tabular Bar chart Manhattan chart Timeline

• Displayed channels can be selected• Graphical display of min/max alarm

Special functions for GPRS and UMTS analysis

Reassembly

This function operates on the Abis and IuB interface. By RLC/MAC reas-sembling of PCU frames, the protocols can be decoded and analyzed.

IuB & Gb deciphering

In UMTS and GPRS user and control plane can be transmitted in an encrypted mode over the radio access network interfaces. The 8635 can decipher the encrypted data on the Gb and IuB interface supporting these solutions:• by simultaneous monitoring of Gr and Gb interface and gathering

deciphering information on both interfaces• by monitoring of the Gb interface only. The deciphering key kc has to

be inserted manually by the user for the corresponding IMSI.• by simultaneous monitoring of IuPS/IuCS and IuB.

Applications for on-line analysisThese features are included in the 8635 protocol analyzer and are only required for on-line analysis.

Recorder

Starting the recorder captures all data to HDD. By setting filters prior to recording the amount of stored data can be reduced. Several recorders can run simultaneously.

Record filters for

• PCR• FISUs• Messages• Information elements• Information element contents

Record start modes

• Manual• Automatic at predefined start time

Record stop modes

• Manual• Automatic at predefined stop time• Automatic when remaining hard disk space reaches predefined value

Online display information

• Elapsed time• Start time• Number of captured events and size of capture file• Name of capture file

Recording scheduler

A recording scheduler function is also available. This tool allows to define recording intervals based on user-defined time interval and capture of new recording files with new file name.

With this function permanent monitoring is easy for the user. Files are generated and stored in an automated way making monitoring more effi-cient.

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Time stamps

• The time stamp resolution is 1 µs.• Time stamps are synchronized across multiple interfaces, whatever

the type of interface (E1/T1 PCM, FastEthernet, STM-1/OC-3).• Time stamps per frame are displayed in the summary view. The dis-

play setting can be in absolute time or relative to a selected frame.

Automatic configuration

The 8635 automatically detects and configures the number of installed cards and interfaces. Timeslots are detected automatically if they are HDLC frames.

Configuration of

• System level• Card level• Interface level

Scanner

Automatic detection of signaling channel contents on Abis interface:• 64/56 kb/s: FAS/NFAS, signaling, PCM idle pattern, static pattern• 16 kb/s: Idle speech TRAU, speech TRAU, data TRAU, O&M TRAU,

static pattern, signaling• 8 kb/s: Speech TRAU, data TRAU, O&M TRAU, static pattern

Alarm monitor

Layer 1 problems are monitored to determine problems with the basic connection to the system under test.• Two software indicators (Rx1, Rx2) per PCM/Ethernet/STM-1/OC-

3c link, i.e. 16 software indicators when four E1/T1 boards are fitted• Software indicator is red if link is not connected or an alarm occurs.

Software indicator is green if link is connected and no alarm occurs.• Click on software indicator to get a receiver-specific detail view of

layer 1 alarms

Triggers

By using triggers the user is able to carry out monitoring tasks in an auto-mated way. Recording e.g. can be started only when a certain message occurs, eliminating the capturing of non-useful information and increas-ing the efficiency of the evaluation.

• Combination of a specified condition and one or more predefined actions

• Conditions: Length of a frame Frame type Errors Protocol elements

• Actions: Activate condition Activate condition once Insert text message into data file Start recording Stop recording Pause recording

Multi-user functionality

The 8635 can be operated in a multi-user environment. In that case the analyzer is monitoring links at a network element and creating a capture file while several users at remote PCs can look at the capture file and per-form different analysis tasks.

For detailed information refer to 8635 configuration of 3G/UMTS.

Capturefile

Capturefile

DCNWAN

Desk PC

Desk PC

Desk PC

LAN/WAN network

NE

Links with signaling

Capturefile

DCNWAN

Desk PC

Desk PC

Desk PC

LAN/WAN network

NE

Links with signaling

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Specifications

PC system

CPU Pentium M, 1.8 GHzRAM 1 GBMeasurement board slots 5

Disk drives2.5” hard disk 80 GB minCD-ROM CD Write 24×, CD Rewrite 10×CD/DVD combo drive

InterfacesSerial (COM1) V.24 (9-way subminiature D plug)External keyboard PS/2 External mouse USB/PS/2 External monitor VGA socket (15-way 3-row)Ethernet 10/100/1000 Base-Tx RJ 45USB 2.0 4 × USB Single A

Display15”TFT LCD module 1024×768 pixelsBrightness approx. 200 cd/m2Integrated TouchpadOperating System Windows XP

E1/T1 board – 2 trunks

Connectors on front panel4 input connectors, unbalanced Bueschel 1.6/5.64 input connectors, balanced Lemosa EGG.0B.302RAM 64 MB

Physical characteristicsReceiver input, unbalancedImpedance Terminated 75 ΩReturn loss (f <3 MHz) as per ITU-T G.703 § 9High impedance >2 kΩInput voltage operating range 70 mV

peak to 3 V

peak

Maximum input voltage ±7.5 Vpeak

Jitter compatibility as per ITU-T G.823/G.824Max. bidirectional timeslots per card 32

Receiver input, balancedImpedance Terminated 100/120 ΩReturn loss (f <3 MHz) as per ITU-T G.703 § 9High impedance >2 kΩInput voltage operating range 70 mV

peak to 3.6 V

peak

Maximum input voltage ±7.5 Vpeak

Jitter compatibility as per ITU-T G.823/G.824Clock input/output One connector for clock input or clock output.

E1/T1 ATM board – 4 trunks

Connectors on front panel8 E1/T1 RJ45

Physical characteristicsReceiver input, unbalancedImpedanceTerminated 100/120 ΩReturn loss as per ITU-T G.703High impedance >2 kΩInput voltage operating range 70 mV

peak to 3.3 V

peak

Jitter compatibility as per ITU-T G.823/G.824

Connector pinning

Pin Signal Input/Output

1 RX+ Input

2 RX- Input

3 to 8 not connected

Clock input/outputOne connector for clock input or clock output.Clock input connector 1.6/5.6Impedance <2 kΩInput voltage operating range 0.5 V

peak to 5.0 V

peak

Maximum input voltage ± 10 Vpeak

Electrical interface E1 (PCM 30 and PCM 31)Bit rate 2.048 Mb/sLine coding HDB3Connector RJ45Connector pinning refer to the manual for the pinning tableInsertion loss -18 dBSensitivity -35 dB

Electrical interface T1 Bit rate 1.544 Mb/sLine coding B3ZSConnector RJ45Insertion loss -14 dBSensitivity -35 dB

FunctionalitiesMonitoring of 4 E1/ATM or T1/ATM linksIMA capability G.804-based HSL

10/100 Ethernet board – 2 trunks

Connectors on front panel4 full duplex 10/100 Mb/s Ethernet input connectors RJ45CPU Pentium III, 500 MHzRAM 128 MBData path 32-bit CPU/PCI busCompatibility PCI Rev.2.1, IEEE 1386 (PMC), IEEE 802.3Clock/Calendar Real-time clock with

(replaceable) battery backup, includes CMOS

STM-1/OC-3c board – 2 trunks

Optical

Connectors on front panel4 duplex connectors, optical SC Duplex (Transmit, Receive)1 input connector, unbalanced Rosenberger 1.6/5.6 series

Physical CharacteristicsOptical interface class 1 Laser productOptical transceiver mode single mode duplex 155 Mb/sOptical receiver inputwavelength of operation 1100 to 1600 nmmaximum input power -7 dBmminimum input power -33 dBmsignal detect hysteresis 1 to 4 dB

8635 Telecom Protocol Analyzer

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Specifications

Optical transmitter outputoutput wavelength 1261 to 1360 nm (typ. 1310 nm)transmit power -15 to -7 dBmoutput spectrum with max. 7.7 nmoptical rise and fall time max. 2 nstotal jitter max 1.2 nsor

Optical transmitter outputoutput wavelength 1510 to 1590 nm (typ. 1550 nm)transmit power -15 to -7 dBmoutput spectrum with max. 7.7 nmoptical rise and fall time max. 2 nstotal jitter max 1.2 ns

Electrical

Connectors on front panel4 input connectors unbalanced Bueschel 1.6/5.64 output connectors, unbalanced Bueschel 1.6/5.6

Physical characteristicsReceiver input, unbalancedImpedanceTerminated 75 ΩReturn Loss -20 dBCommon Mode Rejection -10 dBClock input, unbalancedimpedance >2 kΩinput voltage operating range 0.5 V

peak to 5 V

peak

Maximum input voltage ± 10 Vfrequency range 2048 MHz

Clock input, unbalancedinput voltage operating range 0.5 V

peak to 5 V

peak

absolute max. input voltage ± 10 Vimpedance >2 kΩfrequency range 2048 MHz

E1/T1 PCM – 4 trunks

Connectors on front panel8 E1/T1 RJ45

Physical characteristicsReceiver input, unbalancedImpedanceTerminated 100/120 ΩReturn loss as per ITU-T G.703High impedance >2 kΩInput voltage operating range 70 mV

peak to 3.3 V

peak

Jitter compatibility as per ITU-T G.823/G.824

Connector pinning

Pin Signal Input/Output

1 RX+ Input

2 RX- Input

3 to 8 not connected

Clock input/outputOne connector for clock input or clock output.Clock input connector 1.6/5.6Impedance <2 kΩInput voltage operating range 0.5 V

peak to 5.0 V

peak

Maximum input voltage ± 10 Vpeak

Electrical interface E1 (PCM 30 and PCM 31)Bit rate 2.048 Mb/sLine coding HDB3Connector RJ45Insertion loss -18 dBSensitivity -35 dB

Electrical interface T1 Bit rate 1.544 Mb/sLine coding B3ZSConnector RJ45Connector pinning refer to the manual for the pinning tableInsertion loss -14 dBSensitivity -35 dBMax. bidirectional timeslots per card 64

General specifications

Safety IEC 61010-1Safety class IOver-voltage category (II for normal AC power supply) IIPollution grade (2 for normal AC PSU, non cast) 2Power supply from built-in switch-mode AC PSUMaximum power consumption 255 VAAC line frequency, operating range 47 Hz to 63 HzAC line voltageNominal range 100 V to 240 VOperating range 85 V to 264 VEMC emission IEC/EN 61326 1997 class B (CISPR 11 class B)AC line feedback IEC/EN 61000-3-2/-3EMC immunity IEC/EN 61326 1997

Miscellaneous dataDimensions (width×height×depth in operating position) in mm approx. 360×180×320Weight excluding measurement cards approx. 12 kg

Climatic and mechanical environmental conditions (PS 011/04/02)

Application Environment class as perIEC 721-3 ETS 300019-1

Storage Class IE 12 Class 1.1Transport Class IE 23 with

2M3Class 2.3 with 2M3

Operation Class IE 72 Class 7.1 with 7M2

Table 1: Environmental classification for 8635.

Effect Test standard Application

IEC/IEN Storage Transport Operation

Temperature 60068-2-1 and 60068-2-2

Extended to -25°C (± 5C) to +45°C if required

-40°C to +70°C +5°C to 40°C

Relative humidity 60068-2-56 <30°C: 5% to 95% ≥ 30°C: 29 g/m3

<30°C: 5% to 95% ≥ 30°C: 29 g/m3

<30°C: 5% to 95% ≥ 30°C: 29 g/m3

Condensation Permissible Permissible Not Permissible

Vibration 60068-2-6 9 Hz to 200 Hz: 5 m/s2 9 Hz to 200 Hz: 5 m/s2

200 Hz to 500 Hz: 40 m/s2

9 Hz to 200 Hz: 10 m/s2

200 Hz to 500 Hz: 15 m/s2

Shock 60068-2-27 1000 m/s2 (6 ms)300 m/s2 (11 ms)

300 m/s2 (6 ms)100 m/s2 (11 ms)

Continuous shocks

60068-2-29 400 m/s2 (6 ms) 150 m/s2 (6 ms)

Drop 600-68-2-31 1.2 m 0.05 m

Toppling 60068-2-31 All edges All edges

Table 2: Main parameters of environmental classifications in table 1

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Ordering information

8635 Telecom Protocol Analyzer

BT226205 8635 Protocol Analyzer

The instrument for on-line and off-line analysis can be equipped with decoding packages for SS#7, GSM, CDMA, GPRS, UMTS and Access (ISDN, GR303, V5.x, GSM/GPRS/EDGE, CDMAone, CDMA 2000, CDMA 2000 1xEv-Do) networks.Includes:• 15” LCD monitor• PCM and Ethernet alarm monitor• Auto configuration and scanner (providing a dynamic display of the

usage of every PCM timeslot)• PDF format manual• For all protocol decodes (requires at least one decode option):

Protocol viewer Powerful call trace function, Multi interface call trace Comprehensive filters Reassembly on Abis and IuB interface Event counters Call data records Triggers Load analysis

Interfaces

Plug in cards

BT22629001 E1/T1 PCM – 2 trunksSelect cables for each plug-in card free of charge:

BTK499or

4 × BTK499 measuring cables for 120 Ω systems (BTK499: 1× CF [m] to 1× LEMOSA [m], 3 m)

BTS230or

4 × BTS230 adapters, 75 Ω, for BNC cables (BTS230: BNC [f ] to 1.6/5.6 [m])

BTK772 4 × BTK772 measuring cables for 120 Ω systems (BTK772: 1× plug phone to 1× LEMOSA [m], 3 m)

BT22629002 Fast Ethernet interface 4 Rxeach plug in card includes free of charge

BTK792 4 × BTK792 measuring cables for 120 Ω systems (BTK792: 1× RJ45 to 1× RJ45 [m], 2 m)

BT22629011 STM-1/OC-3c – 2 trunksoptical 1310 nmeach plug in card includes free of charge

BTK3110 STM-1/OC-3c interface4 × BTK3110 measuring cables for optical systems

BT22629012 Optical 1550 nm – 2 trunkseach plug in card includes free of charge

BTK3110 STM-1/OC-3c interface4 × BTK3110 measuring cable for optical systems

BT22629013 Electrical – 2 trunks

BTS210 4 × BTS230 adapters 75 Ω for BNC cables (BTS230: BNC [f ] to 1.6/5.6 [m])

BT22629014 E1/T1 ATM – 4 trunks

BT22629015 E1/T1 PCM – 4 trunksSelect: 8× BTK101 or 8× BTK102 or 8× BTK103 or 4× BTK104 + 4× BTK106 cables/adapters for each plug-in card free of charge

Protocol decodesFor detailed information refer to document 863x Protocol Decodes.

BT22629301 GSM decode packageA

bis, A, IOS, IS-41 and MAP (includes CAMEL)

interface protocol decoding of GSM 900/1800Includes O&M decode ETSI baseFull manufacturer specific O&M decoding and/or A

bis PCU decoding additionally requires one of

the following decode extensions:

BT22629302 Lucent extension

BT22629303 Nokia extension

BT22629304 Ericsson extension

BT22629305 Siemens extension

BT22629306 Alcatel extension

BT22629307 Motorola extension (Mobis)

BT22629308 Huawei extension

BT22629309 Nortel extension

BT 22629321 Dynamic EDGE package

BT 22629322 CDMA base package

BT 22629323 CDMA package

BT22629312 Access decode packagedecodes all V5.1, V5.2, ISDN PRI and GR303 TMC protocols

BT22629310 CS core decode packagedecodes all SS#7 protocols conforming to ITU-T:SIGTRAN, CAMEL, MTP, SCCP, ISUP, TUP, INAP (ITU-T Q.1218), with various national variants

BT22629373 UMTS decode package IuB, IuR, IuCS, IuPS interface protocol decoding

BT22629311 GPRS decode package Gb, Gc, Gd, Gf, Gr, Gs, Gi, Gn, Gp interface proto-col decoding, A

bis decoding in combination with

the manufacturer-specific Abis

PCU decode pack-age

BT22629313 Nokia NBAP decode packagedecodes Nokia-specific NBAP on the IuB inter-face

BT22629343 Payload decode package decodes FTP, HTTP, SMTP, WAP, DNS, DHCP, RADIUS, PPP ... requires the GPRS BT2269311 decode package

BT22529346 VoIP decode packagedecodes Megaco, BICC, RTP, RTCP, SIP, H.323

BT22629345 Gb-Decipheringsupports on-line and off-line deciphering on the Gb interface according to GEA, GEA2 requires GPRS decode package BT22629311

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Ordering information

8635 Telecom Protocol Analyzer

BT22629318 GSM-R decode packageDecoding of advanced speech call items (ASCI) Voice group call service (VGCS)Voice broadcast service (VBS)Enhanced multi-level precedence and pre-emp-tion (EMCPP) requires GSM/CDMA decode pack-age BT22629301

By business area => CPO => Bitgate 863x => Options => Software options => Detailed Description

Additional software options

BT22629513 Recording schedulerRecording tool that allows automated capture file

start, stop and file name generation

BT22629337 Off-line protocol analyzer Intended for stand-alone use. Software can be installed on any PC with Windows operating system and includes PDF format manualFor all protocol decodes (requires at least one decode option): Protocol viewer Comprehensive filters Reassembly on A

bis interface

Powerful call trace function Call data records Event counters Load analysis TriggerOperates only with additional decode packages, to be selected from the above.

GSM/GPRS troubleshooting software

BT22629341 “RAN Scout”allows troubleshooting, monitoring and optimiza-tion of GSM 900/1800 and GPRS networks

Cables & accessories

BT22629003 Calibration report8635 calibration report

Manuals(Operating Manual: on-line help and PDF manual included free of charge)

BT22629827 Printed operating manual 8635English

BT22629826 Installation manual “Getting Started”English

BTS230 Cables for 75 Ohm systemsAdapter for 75 Ohm systems BNC [f ] -- 1.6/5.6 [m]

BTK3110 Cables for optical systemsCable 1×SC -- 1×SC, 3000 mm

BTK499 Cables for 120 Ohm systemsCable 1×CF [m] – 1 LEMOSA [m], 3000 mm

BTK772 Cable 1×PLUG PHONE 1 LEMOSA [m], 3000 mm

BTK792 Cable 1×RJ45 – 1×RJ45, 2000 mm

BTK105 E1 Y-cable RJ-48, 2×Lemosa 9 mm, length 2 m

BTK103 Cable E1/T1TF to RJ45, length 2 m

BTK104 Cable E1/T1RJ45 to 2× RJ-45

BTK102 Cable E1/T1Bantam to RJ45, length 6 m

BTB106 Twin Balun for bidirectional signal conversion

BTK101 Cable E1/T1Bantam to RJ45, length 2 m

BT22629005 Additional 8635 cover plate for empty slots as spare items

BT30359202 Soft case

BT09600008 Carrying case with rolls

All statements, technical information and recommendations related to the products herein are based upon infor-mation believed to be reliable or accurate. However, the accuracy or completeness thereof is not guaranteed, and no responsibility is assumed for any inaccuracies. The user assumes all risks and liability whatsoever in connec-tion with the use of a product or its applications. JDSU reserves the right to change at any time without notice the design, specifications, function, fit or form of its products described herein, including withdrawal at any time of a product offered for sale herein. JDSU makes no representations that the products herein are free from any intellectual property claims of others. Please contact JDSU for more information. JDSU and the JDSU logo are trademarks of JDS Uniphase Corporation. Other trademarks are the property of their respective holders. © 2006 JDS Uniphase Corporation. All rights reserved. 10143239 503 0906 8635.DS.CPO.TM.AE

Test & Measurement Regional Sales

NORTH AMERICATEL: 1 866 228 3762FAX: +1 301 353 9216

LATIN AMERICATEL:+55 11 5503 3800FAX:+55 11 5505 1598

ASIA PACIFICTEL:+852 2892 0990FAX:+852 2892 0770

EMEATEL:+49 7121 86 2222FAX:+49 7121 86 1222

WEBSITE: www.jdsu.com

8635 Telecom Protocol Analyzer

Training courses

8635/8631 workshopSignaling system SS#7V5.1/V5.2 protocol seminarGSM mobile radio communication systemGPRS - the mobile internetUMTS - the mobile communication system of the futurePlease contact your local sales office for more information.

Software subscriptionYearly software subscription including regular software upgrades and updates for base software and decode packages.Please contact your local sales office for more information.